If this is your question
<span>Which stage in the process of making a protein should be inserted into Step 3? 1. DNA in the nucleus contains information to code for a protein.2. RNA stores an exact copy of the DNA sequence and then travels from the nucleus into the cytoplasm.3. ______________________________4. A different kind of RNA decodes the information and assembles the building blocks of the protein.5. The protein is then transported to its proper destination </span><span><span><span> <span> A.</span></span>RNA reaches the mitochondria.</span><span><span> <span> B.</span></span>DNA reaches the mitochondria.</span><span><span> <span> C.</span></span>RNA reaches the ribosome.</span><span><span> <span> D.</span></span><span>DNA reaches the ribosomes.
the answer ---></span></span></span><span>C.<span>RNA reaches the ribosome.</span></span>
The correct answer should be True!
Answer:
I believe the answer to this question is “expectorants”.
I hope this helps.
Answer:
Anatomy
<h2>
What did the Human Genome Project accomplish?</h2>
In essence, it served as a standard for how a human genome appears. One of the first stages in determining if a mutation causes an illness is realizing that there IS a mutation. In order to compare it to "regular" human DNA sequences, we completed the human genome project. Similar to this, a human genome sequence is required in order to compare a human genome or gene to that of a dog or a fruit fly. It essentially changed us from doing genes one at a time to performing them in bulk. You can quickly trace a novel mutation or gene back to the reference genome to determine its location, typical sequence, etc.
Neanderthal genome sequencing is a nice illustration of this. In the absence of a reference genome to match it to, it was just a collection of random sequences. They were able to align and compare the reference human genome to determine precisely how humans vary from Neanderthals. That's a fascinating and significant piece of study that would not have been possible without the creation of a high-quality human reference genome.
Population a group of same species living together
